Community Bonding Period

Added PlacementList property to the rebar object. The PlacementList holds the placement of all the rebars. Pull request.

Coding Period

1 June : Today, officially my all exams are over and from now onwards I will give my 100 percent to my GSoC project. I have written TODO tasks for upcoming two weeks.

2 June : I have found a couple of shortcomings bugs in my scripts which I have shared before community bonding period. Also discussed these bugs with my mentor.

3 June : Yesterday, Yorik (my mentor) gave some suggestion that how to fix these bugs. Today, I was trying to make the logic which will work on any type of reinforcement and trying to implement that logic through programming. Also, explored functions like face.normalAt(), face.CenterOfMass().

4 June : Today, I designed the taskpanel UI of straight rebar in Qtcreator by using FreeCAD widgets.

5 June : Today, I have integrated the task panel UI of straight rebar with backend scripts. This script will take input values from task panel and then pass input values to makeStraightRebar() function which will create reinforcement of straight rebar in the structural element. For more detail, here are my commits.

7 June : Today, I have learnt that how to add an image in the dialog box using PySide. For eg. I simply added QLabel object at the top of the dialog box using Qtcreator and then use label.setPixmap(QtGui.QPixmap(<path>)) command to add an image. Also, followed some links/tutorials to learn Inkscape.

8 June : Today, I have added checks to my Python code. These checks will verify that user have selected the face or not and if only user have selected a single face then only rebar object is created. Commit

9-10 June:

Discussed my approach with structural engineers and found the right way to create reinforcement in the structural element. Link

Solved a issue related to the placement of rebar. For e.g., Rebar position was not at correct position when structural element not located at orign. So, to fix this problem I have subtracted placement vector of structural element to the coordinates of rebar sketch.

Defined getBaseObject(obj), getBaseStructuralObject(obj) functions.

Refactored the code by creating the seperate file "Rebarfunc.py". This file contains basic functions which will use for creating any type reinforcement in the future.

15-16 June:

Sent pull request to FreeCAD master. Detail of PR: Defined custom function (setpropertyRebarShape) in the _ViewProviderRebar class. This function will add properties to the instance of _ViewProviderRebar class as per according to the rebar shape.

Wrote code so that user will re-edit the rebar through rebar dialog box. To implement this, I have defined two new methods editDialog() and editStraightRebar() in the StraighRebar.py file.

Also added a couple of methods (getTrueParametersOfStructure(), getParametersOfFace()) in the Rebarfunc.py file.

Imporoved of UI of dialog box of straight rebar and also set tab order on input fields of straight rebar dialog box.Commit

18 June: Today, a whole I was struggling to find a reason behind why rebar created in a wrong direction when user set an option "remove external geometry of base sketches when needed" in the Arch preferences. Finally, I found a reason behind this bug and then fix it. Commit

19 June:

Fix bug when user created reinforcement more than one times on the same structural element, rebar was not created at right position.
Commit

Discussed with Yorik on IRC, that where we can add properties of rebar and then after discussion I am added all the properties to a specific rebar shape as per according to rebar shape. Commit

Experimenting how to create non-planar rebar because current FreeCAD reinforcement system is fully dependent on sketch which is strictly based on 2D. Then found a solution to create non-planar rebar by passing wire(may be planar or non-planar) to Arch.makeRebar() function.

Also found some bugs which will come by using wire profile to create rebar. Link

26-27 June:

Discussed about old and new properties of Rebar object like distance and direction properties and implemented on Rebar object with Yorik

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